The microorganism biovolume measurement approaches based on DIP can not only be referred by microbial measurement researches, but also referred by other DIP fields.
For example, such as the environmental microorganism classification [1]}, [2]}, [3]}, [4]}, blood cell classification [5]}, classification for different types of microorganisms [6]}, [1]}, [8]}, microorganism image generation [9]}, microorganism object detection [10]}, medical image classification [11]}, [12]}, medical object tracking [13]}, [14]} and human health monitoring [15]}, [16]}, [17]}.
After that, the segmentation methods for microorganisms can be referred to by DIP researchers, such as stem cell segmentation [18]}, near-duplicate detection [19]}, image enhancement [20]}, cancer cell segmentation [21]}, and environmental microorganism segmentation [22]}, [23]}, [24]}.
Moreover, microscopic image processing performs an essential role in industrial analysis, such as the monitoring for wastewater [25]}, beef carcass evaluation [26]}, monitoring of bacteria in milk [27]}, monitoring flames in an industrial boiler [28]}, softwood lumber grading [29]} and so on.
